Ceramic Fiber Paper LYTX-236B 2х1220х40000 mm

View by manufacturing method

First, the raw materials—aluminum and silicon oxides—are melted at approximately 1800°C. The melt is drawn into fine fibers using blown or centrifuged methods. The fibers are crushed and mixed with water and a small amount of an organic binder to impart pliability. The slurry is fed to a paper machine screen. The water is drawn off, and the fibers are evenly distributed, forming a thin sheet. The web is compacted and then dried at a controlled temperature, removing residual moisture. For products designed for extreme temperatures, the organic binder is partially or completely burned off in an oven. The result is flexible, strong, and heat-resistant paper with a thickness ranging from fractions of a millimeter to several millimeters.

Chemical composition

The chemical composition of ceramic fiber paper is most often based on the aluminosilicate system. A typical composition is: SiO₂ (silicon dioxide) — 47–55% and Al₂O₃ (aluminum oxide) — 45–53%.

Type by purpose

Main applications: thermal insulation of furnaces and boilers – in industrial, laboratory, and domestic installations. Metallurgy – as gaskets, screens, and protective layers near melts. Glass and ceramic industries – for insulation, gaskets, and heat loss prevention. Gasket material – to compensate for thermal expansion and protect equipment components. Electrical insulation – in heating elements and high-temperature devices. Automotive and chemical industries – as a thermal barrier and protective layer.

A type

Ceramic fiber materials

Dimensions (width, length)

1220х40000 mm

Additional services

Cutting is carried out according to the client's order and packaging of products according to the client's orderSent by any carriers in Ukraine

The country of manufacture

Ukraine